Your next lab phase is nearly ready, but the freezer room still serves active research, the exhaust riser feeds neighboring rooms, and furniture deliveries need a clear route. A construction schedule alone won't resolve those conflicts.
Lab renovation phasing for Utah campuses starts with operations and infrastructure, not furniture delivery dates. Lab managers, facilities staff, buyers, architects, and contractors need a shared plan for what stays active, what moves, and who approves each handoff.
Planning summary
- Protect operations: Map critical workflows before choosing temporary space.
- Verify capacity: Check shared utilities before ordering connected equipment.
- Control handoffs: Require written acceptance at each phase gate.
- Buy from measured plans: Match furniture, storage, and ventilation to each phase.
How Lab Renovation Phasing Works on Utah Campuses
Phasing divides an occupied lab renovation into controlled zones. Each zone must clear a written gate before work advances. Think of it as reopening one lane of a busy highway at a time.
Phase gates and exit checks for each campus lab phase
| Phase gate | Main work | Exit check before next phase |
|---|---|---|
| Enabling works | Temporary utilities, alternate egress, hazardous-material controls | Utility shutdown matrix and survey results approved |
| Decanting | Move equipment, chemicals, and cold storage out of the zone | Inventory logged and temporary space qualified |
| Renovation | Demolition, new casework, and utility rough-in | Approved scope and licensed contractors on site |
| Commissioning | Hood face-velocity, pressure, and alarm testing | Documented performance results on file |
| Reoccupancy | Return of people, equipment, and chemicals | EHS release and owner acceptance signed |
Start with a building-wide infrastructure and life-safety survey before demolishing an occupied zone. The University of Houston laboratory-renovation policy warns that previously unknown fire, life-safety, and compliance deficiencies can emerge during construction.
Trace shared exhaust, electrical feeders, water lines, and controls in the field. Record drawings help, but they don't prove that a valve isolates only the planned work area.
Make acceptance specific
Enabling works should establish safe temporary services, alternate exits, and hazardous-material controls. Decanting means clearing the work zone and tracking each item to an approved destination, not just moving it down the hall.
During renovation, contractors must stay within the approved scope and isolation boundaries. Commissioning then proves system performance, while reoccupancy confirms that the owner can safely use the space.
Each phase packet should include:
- Safety controls: Approved contamination-control and chemical-safety plans.
- Shutdown controls: A utility matrix naming affected rooms, isolation points, and restoration checks.
- Acceptance records: Test results, open issues, signatures, and release conditions.
An undersized exhaust riser found after demolition can stop more than the room under construction. Carry a separate allowance for concealed infrastructure, and use targeted intrusive surveys during design.
Assign a named owner and date range to every gate. Use the Utah laboratory furniture and contractor support hub to coordinate regional product and layout support.
What Your Lab Operation Must Keep Running
The fastest construction sequence may not be the fastest research-recovery sequence. Moving a shared instrument can interrupt many groups, even when most benches remain available.
Square footage isn't interchangeable. An empty classroom doesn't replace a wet lab with qualified exhaust, water, drainage, and chemical storage.
Lab workflows, dependencies, and continuity risks
| Workflow | Typical dependency | Risk if interrupted |
|---|---|---|
| Cold storage | Freezers, backup power, temperature alarms | Loss of samples and reagents |
| Chemical storage and waste | Flammable cabinets, exhaust, waste pickup schedule | Compliance and fire-safety exposure |
| Animal care or vivarium | HVAC, water, biosafety controls | Animal welfare and regulatory impact |
| Shared instrument core | Power quality, vibration limits, calibration | Downtime for many research groups |
| Wet benches | Water, drains, fume hood exhaust | Limited options for swing space |
| Teaching labs | Scheduled sections, safety equipment, storage | Course delays and student access problems |
Utah's capital development requests describe laboratory funding, scope, and schedules, but generally don't provide operational decanting plans. The campus owner must develop that working detail.
Map each critical workflow before selecting swing space, meaning temporary space used during construction. Include sample receiving, waste collection, instrument booking, and staff access. A temporary room may support the experiment but fail because technicians can't move materials safely between support areas.
A move is complete when the team can resume approved work, not when the last crate reaches the room.
Set continuity criteria
Ask each research lead to state the longest acceptable downtime in writing. Facilities staff should then identify temporary power, water, exhaust, data, and alarm needs.
- Validation milestone: Define what proves the temporary setup is ready.
- Go or no-go checkpoint: Name who can delay the move if a critical service fails.
- Recovery responsibility: Assign equipment startup, calibration, and sample tracking.
- Teaching access: Confirm prep rooms, safety equipment, and student routes.
University buildings often combine teaching, funded research, clinical testing, and hazardous materials. Office-style moves won't cover those needs. Have research and facilities teams sign the dependency list before fixing the phase schedule.
Sizing, Layout and Access Checks Before Phasing
A layout must work during decanting, not just after the final installation. Temporary cabinets, moving carts, and delivery crates can block routes that look clear on the finished drawing.
Measure the room and the route
Use a laser measure and field-marked drawings. Record obstructions rather than measuring only between finished walls.
- Clear room dimensions: Include columns, radiators, door swings, and service panels.
- Door and corridor widths: Check the narrowest point along the complete delivery route.
- Ceiling height: Allow space for exhaust snorkels, overhead services, and maintenance access.
- Floor condition and loads: Have the design team review heavy casework and equipment locations.
- Utility stub locations: Measure from fixed reference points so installers can verify connections.
These checks affect sequence. A large bench may need delivery before adjacent casework closes its route. A damaged slab may need repair before cabinets arrive.
Verify temporary access and shared systems
Prepare a clearance plan for each phase. Show temporary exits, crate staging, old-casework removal, accessible routes, and emergency equipment access.
Confirm elevator load limits, dock hours, and permitted windows for noisy work. Keep contractor traffic separate from sample and chemical routes where possible.
Capacity check: Don't renovate rooms first if central exhaust, chilled water, electrical distribution, or controls cannot support them.
Publish the engineer's capacity assumptions and approved outage windows. Otherwise, room-by-room work can cause repeated shutdowns and connection changes.
For local capture needs, review laboratory exhaust snorkels with the mechanical engineer and EHS team. Their reach, mounting location, and duct path affect usable bench space.
Request a free, no-obligation measured lab floor plan review before ordering. Include both temporary and final layouts.
Equipment Configurations That Fit Each Phase
| Configuration | Best fit | Phasing advantage | Main trade-off |
|---|---|---|---|
| Fixed painted steel casework | Permanent teaching and research rooms | Standard parts and predictable installs | Hard to move after installation |
| Modular casework on service spines | Labs expected to change over time | Reconfigurable frames for later phases | Needs utilities coordinated earlier |
| Mobile benches and cabinets | Swing space and decanted rooms | Moves with the team and can be stored | Needs locking and a utility-free layout |
| Phenolic or stainless top systems | Wet chemistry, corrosive, or cleanroom work after compatibility review | Can resist chemical and moisture wear | Higher cost than general-use tops |
| Mobile or wire shelving | Supply and sample storage during decanting | Quick to set up and relocate | Verify load and chemical ratings by model |
Match permanence to the room
Fixed casework works well where the program and utility locations will remain stable. Its drawback is removal: anchored cabinets, connected sinks, and continuous tops don't move easily.
Modular laboratory furniture supports later changes, but the service spine still needs careful engineering. A movable cabinet doesn't make a hard-piped gas connection movable.
Mobile units help temporary teams relocate without buying a complete second installation. Keep services independent where possible, and have qualified installers disconnect any connected equipment before movement.
Labs USA is one supplier offering painted steel, stainless steel, wood, and phenolic casework, plus tables on leveling glides or casters. Confirm current materials, sizes, and load options before approving a phase layout.
Select surfaces by exposure
Painted steel suits many standard lab uses. Phenolic and stainless tops can suit wet, corrosive, or clean applications, but neither is compatible with every chemical or cleaning agent.
Check the manufacturer's resistance chart against the chemical list, concentration, temperature, and contact time. For shelving, distinguish ordinary supply storage from chemical safety storage.
A five-step selection checklist
- List room functions: State what each room does during every phase.
- Mark active rooms: Identify operations that must remain available.
- Choose the base type: Use fixed units for permanent rooms and modular or mobile units where flexibility matters.
- Check top materials: Match surfaces to chemicals, cleaning, heat, and moisture.
- Verify connections and loads: Approve utility stubs, exhaust connections, and equipment weights before ordering.
Compare laboratory casework with lab workstations and tables. Compare installed scope as well as unit price, including freight, anchorage, cutouts, and service connections.
Utah Approvals, Codes and Procurement Rules
At the University of Utah, the remodeling policy requires prior approval from the responsible dean or director and vice president, plus coordination through the Office of Facilities Planning and Construction. It also assigns construction and remodeling to licensed contractors or Facility Operations.
That policy calls for appropriate designs, materials, and workmanship, normally equal to or better than existing quality, with university standards and state building codes met. Other campuses must verify their own approval path.
Classify each phase before purchasing
- Identify the scope: Separate construction, supplies, and professional services.
- Estimate phase value: Include installation and building-system work.
- Confirm the contract path: Ask procurement which approvals and solicitations apply.
- Schedule approvals: Give reviews and authorizations dates before release.
The university's construction procurement definition covers building, renovating, altering, improving, and repairing, while excluding routine operation, repair, and maintenance. Because this document is archived, confirm the current rule with procurement and qualified counsel.
Splitting connected work into smaller purchase orders doesn't automatically remove construction controls.
Procurement thresholds for phased Utah campus lab work
The University of Utah competitive bidding rule states the monetary thresholds below, including bid security of at least 5 percent for qualifying construction, making the minimum security on a $100,000 bid $5,000.
| Rule | Threshold | What it means for each phase |
|---|---|---|
| Sealed competitive bids | Items costing more than $45,000 | Generally required unless a policy exception applies |
| Bid security | Construction estimated at $50,000 or more | At least 5 percent of the bid amount |
| Construction scope | Building, renovating, altering, improving, or repairing | Routine maintenance and routine repair are excluded |
Confirm current thresholds before solicitation. Review the Utah state contract information for lab shelving and storage with procurement rather than assuming every product or installation qualifies.
Ventilation, Pressure Control and Commissioning Gates
HVAC and pressure control belong on the critical path, not at the end of the finish schedule. A completed bench doesn't make a room ready for chemical work.
The University of Houston laboratory design criteria call for laboratory work areas generally to remain negative to adjacent spaces, maintain at least 6 air changes per hour, and use variable-volume fume hoods integrated with HVAC. These are reference criteria, not a universal Utah code minimum.
Follow the air-system sequence
- Model existing and temporary systems. Include shared risers and neighboring rooms. Don't assume spare fan capacity from nameplate ratings.
- Install pressure-monitored barriers. Define alarm limits and response owners. Stop affected work if containment fails.
- Verify airflow direction. Use approved test methods before hazardous work begins. A closed door alone doesn't prove containment.
- Review exhaust discharge. Check outdoor-air intakes, loading sources, and prevailing winds. Avoid sending contaminants back into occupied space.
- Separate isolation from demolition. Schedule tie-ins during approved shutdown windows. Confirm restoration before releasing neighboring labs.
- Test performance. Measure hood face velocity and containment, room pressure at minimum and maximum exhaust, air-change rates, and alarms. File actual results, not only pass labels.
- Verify adjacent rooms. Confirm the approved pressure cascade before equipment and chemicals enter. Investigate failures before releasing occupancy.
Demolition without stable temporary ventilation can create exposure paths. Taking a shared air handler or exhaust riser offline can also disable labs outside the construction boundary.
Keep estimating separate from safety acceptance
Estimators can review Exayard HVAC estimating software when organizing mechanical takeoff and pricing work. Estimating tools don't replace engineering calculations or field verification.
Use the exhaust snorkel selection guide to define capture location, reach, and connection needs. A snorkel isn't a substitute for a fume hood when the hazard requires containment.
Qualified testing and balancing professionals and facility safety staff must verify results. Follow each chemical's SDS, approved procedures, and local code.
Lead Times, Installation and Service Planning
A University of Utah Board of Regents request scheduled design for a 14,132-square-foot first-floor remodel from June to October 2019, permitting and bidding in October and November 2019, and construction from December 2019 through November 2020.
Treat that sequence as a planning reference, not a schedule for your project. It doesn't establish furniture lead times or installer availability.
Build a written delivery and service plan
- Release approved orders: Confirm the receiving room is ready, or document approved off-site storage and handling.
- Sequence installation: Schedule furniture after rough-in checks and before final commissioning.
- Confirm supplier dates: Obtain written production, shipping, receiving, and installer commitments.
- Assign service support: Record warranty contacts, callback responsibility, and damaged-freight procedures.
- Allow correction time: Reserve space for punch work and retesting.
Some common sizes are stocked at select manufacturers, subject to confirmation. Review quick-ship furniture options against the approved specification rather than accepting a poor-fit substitution.
Delivery rule: Faster shipping only helps when the campus can receive, protect, and install the order.
Early specification review gives buyers more time to compare competitive pricing and delivery options. Ask for regional schedule planning support before committing to a shutdown window.
Quote-Ready Inputs to Send Before Requesting a Quote
A complete packet lets suppliers size each phase and price the same scope. Missing dimensions or utility details can change the configuration after review.
Prepare a packet for every phase
- Room list: Include function, occupants, operating hours, and work that must remain active.
- Measured drawings: Show clear dimensions, doors, corridors, ceiling heights, and floor conditions.
- Utility map: Mark water, drains, gas, electrical service, and exhaust stub points.
- Chemical list: Attach SDS references and cleaning requirements for surface review.
- Load requirements: List equipment weights and required cabinet, shelf, and bench capacities.
- Access plan: Include phase dates, elevator limits, dock hours, and after-hours restrictions.
- Approval status: State the procurement path and whether facilities classifies the work as construction.
- Schedule requests: Ask each supplier for written lead times and installation dates.
Ask for a complete scope
Request separate pricing for products, freight, installation, utility connections, and commissioning support. Ask suppliers to name exclusions and state who unloads, removes packaging, and protects finished surfaces.
For quality review, request product drawings, material details, load ratings, and maintenance instructions. These documents make substitutions easier to assess without relying on appearance.
Send the packet and layout review request to the sales team by email. Ask for a free quote and a marked layout showing which products serve temporary rooms and which remain in the final installation.
Choose Your Phasing Path and Request a Layout Review
Campus-wide renovation with many labs
Phase by building zone and written gate. Prioritize boundaries that let facilities isolate work without cutting essential services to active rooms.
Single lab suite on shared utilities
Confirm central capacity first. Room improvements won't solve an overloaded exhaust branch or an electrical feeder without spare capacity.
Teaching lab on a fixed calendar
Work around academic breaks and prep periods. Include instructor access, student storage, and readiness checks before classes resume.
Shared core or instrument-heavy research space
Map user dependencies before selecting temporary space. Arrange vendor handling and recalibration around research needs, not just moving-crew availability.
Procurement team buying in phases
Classify each package before issuing purchase orders. Keep interfaces between furniture, mechanical work, electrical work, and installation clear.
Do we need a full building shutdown?
Not always. The design team must verify that shared systems can support occupied zones safely during construction and approved outages.
Can we deliver furniture before construction ends?
Only when the receiving area is ready and approvals are complete. Agree on protection, custody, and damage responsibility before delivery.
Who confirms lead times?
Each supplier should confirm them in writing. Include shipping, receiving, installation, and any approved storage arrangements.
Who signs off on safety before work moves in?
EHS and qualified testing and balancing professionals verify the relevant safety and airflow results. The owner accepts the space through the campus release process.
How do we maintain mobile benches and shelving between phases?
Inspect locks, glides, casters, fasteners, and load labels at every move. Follow manufacturer guidance and remove damaged units from service.
Are exhaust snorkels needed?
Only where the hazard review calls for local extraction. EHS and the mechanical engineer should confirm capture needs and whether a hood or another enclosure is required.
Effective lab renovation phasing for Utah campuses gives every team a clear handoff and every purchase a defined purpose. Free layouts and designs are available with no obligation.
Compare options using the casework and workstation pages to match permanent rooms and swing space.
Request a layout review and free quote through the Utah campus laboratory support page, or call (801) 855-8560.
